체지방과 이에 영향을 미치는 콜에스테롤 변화 과정의 운동 효과적 분석

노성규 江原大學校 附設 體育科學硏究所 1998 江原大學校附設體育科學硏究所論文集 Vol.- No.22

To identify the effects of free style aerobic exercises on the change of body fat and cholesterol which is thought to cause geriatric diseases. 60 women(20 teens. 20 twenties. and 20 over thirties) were take part in this aerobic exercise program as volunteers. Exercise program were consist with the frequency of 3days exercise per a week. with the duration of 40 min.'s exercise time. with 60 to 80% of max. HR intensity. and with the variable sports types(basket ball. volley ball. badminton and other ball-games which chosen by subjects). during 16 weeks(3 months). Body fat by BIA method and Cholesterol by blood chemical analysis were conducted to the subjects before and after this program The results from the analyzed data are follows: 1. Total Cholesterol and LDL Cholesterol of Serum after conduct the Aerobic exercise program were decreased by 7.4% in teens' 9.0% in twenties'. and 4.5% in over thirties' compared with pre-test. with the statistical significant differencies. This means that the Aerobic program with free mode is effective for the blood component which represent geriatric disease. 2. Content of Serum HDL Cholesterol increased by 9.8% in twenties' and 2.2% in over thirties' compared with pre-test. with the statistical significant differencies. Therefore, this program is very good for the improvement of blood vessel system. 3. Body fat after conduct this program were decreased by 7.4%, 9.0 and 4.5% in each group compared with pre-test. while LBM increased by 2.6%. 0.6% in each group without statistical differency. This means that whatever exercise mode with aerobic intensity will give very good effect to decrease body fat. 4. Serum Trglyceride(TG) were decreased by 44.6% 10.0%. and 7.5% in each group after this program. This means that the Aerobic program with free mode is effective for decreasing blood TH. especially. 5. Body fat is correlated with LDL cholesterol. specially Thus,. the volume of body fat may be used to estimate LDL cholesterol volume.

기능성 신발이 혈중 세로토닌분비와 성장호르몬 분비에 미치는 영향

노성규 한국체육교육학회 2010 한국체육교육학회 학술발표대회 Vol.2010 No.6

Emotion Recognition using Adaptive Motion Analysis on Facial Features

노성규,박한훈,진윤종,엄태영,박종일 한양대학교 우리춤연구소 2007 우리춤과 과학기술 Vol.3 No.1

In this paper, we present facial expression recognition using feature-adaptive motion analysis and ID3 decision tree. Our method optimized the information gain heuristics of ID3 and consists of three parts: (1) simple geometric face model representation, (2) effective facial feature extraction using feature selection and feature-adaptive motion analysis, and (3) computationally inexpensive rule-based classification using ID3 tree. Our methods avoids complicated face model representation such as 3D modeling of human face, rather it uses FAC5-alike but much simpler face model by using fewer features and their actions. Feature selection and feature-adaptive motion analysis estimate motion patterns in fast and effective manner by assigning computational complexity on necessary parts only. Moreover, information gain heuristics of ID3 tree forces the classification to be done with minimal Boolean comparison. The performance was acceptable with overall recognition accuracy of 77% for JAFFE database (95 expressed images).

산소공급 및 음이온 복합처치가 호흡순환기능, 혈중 젖산축적 및 혈액개스요인에 미치는 영향

노성규,장재훈,고성은,허선,김영란,손연희,김학렬 한국스포츠리서치 2007 한국 스포츠 리서치 Vol.18 No.1

The purpose of this study was to evaluate a effect of O2 supply and minus ion combination supply in the cardio-vascular function, blood lactate concentration, and blood gas component during rest, anaerobic threshold, maximal state and recovery phase (30 minute) after exercise. 30 numbers of Middle-aged male(n=15) and female(n=15) participated as subject of this study. The subject devided into four group as 4 times repeated exercise load testing. That is, Male control group(MCG), Female control group(FCG), Male O2 treatment group(MTG), Female O2 treatment group(FTG), Male minus ion treatment group(MMG), Female minus ion treatment group(FMG), Male O2+minus ion treatment group(MOMG) and Female O2+minus ion treatment group(FOMG). The result and conclusion of this study is obtained as follows. 1. Cardio-vascular function variables(VO2, VE, HR, %HRmax, %VO2max, AnT time and exhaustion time) in the rest, anaerobic threshold and maximal state was not shown a significant difference in all experimental group. 2. Male blood lactate concentration was not significant difference in rest state, but blood peak lactate value(La peak) was shown a significant difference in MCG vs. MMG, MOMG (p<.001, respectively), and MTG vs. MMG (p<.001). Also, La removal rate in the recovery 30 minute was shown a significantly low levels in MMG compared to MCG (p<.001). 3. Female blood lactate concentration was not significant difference in rest state, but blood peak lactate value(La peak) was shown a significant difference in FCG vs. FMG, FOMG (p<.001, respectively). Also, La removal rate in the recovery 30 minute was shown a significantly low levels in FMG compared to FCG and FTG (p<.05, respectively). 4. Blood gas component (pH, PO2, PCO2 and HCO3-) in rest, immediately after exercise and recovery 30 minute was not shown a significant difference followed O2 supply and minus ion treatment in male.

제 5 부 : Enhancement of Sports Performance / 운동능력 향상을 위한 보조물

노성규 대한스포츠의학회 1999 `99 대한스포츠의학회 WORKSHOP 분과전문의 & 임상운동사 Vol.- No.-

관광 및 위락통행의 특성 분석

노성규,No, Seong-Gyu 한국도로교통협회 2003 도로교통 Vol.93 No.-

呼吸循環 機能에 미치는 運動强度의 影響

李京濟,盧成圭 江原大學校附設體力硏究所 1980 江原大學校附設體育科學硏究所論文集 Vol.- No.5

The aim of present study is to learn the fundamental sources in order to insure the proper training prescription for health and fitness building. Experimental exercise contains exercise of 5 or 6 items from 50% VO₂max. to maximal exercise, and measurements for Oxygen intake (VO₂), Ventilation(??), Tidal Volume(??), Respiratory rate(R.R), Rate of Oxygen removal(O₂R), Heart rate(H.R), Oxygen pulse(O₂R) were made with 6 subjects in exercise. Experimental results are as follows: 1) VO₂, ??, R.R, O₂R, H.R, O₂P were adapted for necessary level in each exercise or near the level within 2 or 3 min. exercise from start, but simultaneously with starting exercise, almostly rearched maximal level in each exercise for ?? case. 2) VO₂, ??, R.R, , H.R, will keep constant steady state when exercise intensity is below 80% V O₂max. but in 80% VO₂max. and over(never contains 80% VO₂max.) there is indicated the continous increase according to time. And ??, O₂P maintain the steady state in every intensity, and conversely there's decreased under the high intensity for O₂R case. 3) Individual difference in activities of every Cardio-pulmonary functions. 4) Running speed, VO₂, H.R, ?? is a mutual linear proportional relationship and these factors will be good standard as a scale of exercise intensity. 5) It is considered that individual's 80% VO₂max. exercise at maximum is exercise without discomfort.

쿠미스 투여가 운동선수의 혈중 향산화물질변화와 지구력증가에 미치는 영향

노성규,김천호 한국운동영양학회 1999 Physical Activity and Nutrition (Phys Act Nutr) Vol.3 No.2

This study was carried out to know the effect of cumiss on plasma glutathione peroxidase(GSH-Px), selenium(Se) contents, lipid peroxides levels(TBARS) and endurance of athletes. The subjects were 30 healthy high school student players(Marathoner, Canoe, Taekwondo) in C city, Kangweon province The groups were classified into experimental group and non-supplementation group(control group). Cummiss were supplemeted to experimental group 3 bottles (150㎖/bottle) per one day. As a result of experiment for 1 month, plasma GSH-Px activity were significantly increased in experimental group, on the other hand, lipid peroxide levels were significantly decreased in experimental group than control group on post-test by treadmill. Plasma selenium contents also showed a mild increase but not significantly than control group. Exhaustion time were significantly extended in experimental group on post-test. The present result suggests that cummiss supplementation protects against lipid peroxidative damage and increase tenacity for sportsmen.

Traffic Calming 기법의 소개

노성규,No, Seong-Gyu 한국도로교통협회 2004 도로교통 Vol.97 No.-

재미있는 체육교육 지도 접근법

노성규 한국체육교육학회 2011 한국체육교육학회 학술발표대회 Vol.2011 No.5